Graphene Ceramic Spray Coating
Nanoskin Graphene Ceramic Spray Coating is an innovative water-based ceramic coating formula that delivers superior protection for up to 12 months. Designed for external surfaces, this easy-to-use product provides an unmatched level of hydrophobicity and ceramic protection, offering a substitute for car waxes, paint sealants, and top coat polymers. The graphene-microemulsion formula is derived from the best properties of true ceramic coating products combined with the original Nano Shock formulation. This unique combination results in a tight "mesh knitting" formula, which makes it difficult for chemicals and road debris to penetrate and uproot the coating, providing greater durability. With its mild positive charge, Nanoskin Graphene Ceramic Spray Coating adheres to all surfaces, including bare metal surfaces, making it more likely to repel dust from static neutralization. It provides a more significant level of protection against environmental elements, including water, dirt, dust, and UV rays. The spray coating is easy to apply and provides a superior shine and hydrophobicity, making it an ideal solution for car owners who want to keep their car looking great without the hassle of frequent maintenance. It can be used on all exterior surfaces, including paint, chrome, glass, headlights, stainless steel, wheels, and even interior leather, vinyl, plastic, and more. Nanoskin Graphene Ceramic Spray Coating is an effective and versatile solution that helps keep surfaces cleaner for longer. It is ideal for those who are looking for a long-lasting and superior ceramic coating product. The product is also an excellent substitute for traditional car wax, paint sealant, and top coat polymers.The super hydrophobic and G-SiO2 polymers in Nanoskin Graphene Ceramic Spray Coating deliver water-repelling, water-sheeting, and chemical-resistant protection. To apply, spray the coating on a clean and dry car and spread it evenly using a microfiber cloth. For best results, ensure that the paint is free of contaminants by using a clay bar or compound before application.